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Aeration head, aerator
Product Details (1) Diaphragm Machine, Ceramic Steel Jade Micro porous Aeration Head (1) Diaphragm Machine, Ceramic Steel Jade Micro porous Aeration H
Product details
product details
（1） Diaphragm machine, ceramic steel jade type microporous aeration head
（1） Diaphragm machine, ceramic steel jade type microporous aeration head
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Test Name
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Parameters
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type i
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type ii
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Specification (mm)
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D260
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D215
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Air flow rate (m)3/h. A)
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1.5~3
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Service area (m)2/A)
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0.4~0.75
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0.25~0.5
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Total oxygen transfer number KLa (20 ℃)
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0.204~0.337min-1
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Oxygen utilization rate (water depth 3.2m)
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18.4~27.7%
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Oxygenation capacity (kgo)2/m3.h）
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0.136~0.248
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Power efficiency (kgo)2/kw.h）
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4.46~5.19
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Aeration resistance (mmH)2O）
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180~280
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Average gap (μ m)
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80~100
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Design flow velocity of air duct (m/s)
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Main pipe 10-15, branch pipe 5
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(2） YHG type oxidation ditch brush aerator
Specifications and Main Technical Performance
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Horizontal rotary brush aerator
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electromotor
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Reducer
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Output speed (rpm)
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Leaf invasion depth (cm)
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oxygenate
capacity
kgo2/m.h
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power
efficiency
kgo2/kw.h
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Effective depth of oxidation ditch design (m)
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oxidation ditch
Width Bm
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driving force
m3/m
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Model specifications
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diameter
Φ(mm)
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Effective length L (mm)
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model
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power
(kw)
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model
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YHG-700/1.5A
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700
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1500
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Y1325-4
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5.5
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XW5.5-5
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70
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15~25
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4.0~4.5
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2.0~3.0
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2.0~2.5
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2.0
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＞155
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YHG-700/2.5A
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2500
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Y132M-4
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7.5
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XW7.5-6
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70
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3.0
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YHG-700/3.0B
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3000
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JZT2-51-4
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40-80
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3.5
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YHG-1000/4.5A
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1000
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4500
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Y180L-4
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22
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XW22-9
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72
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25~30
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6.5~8.5
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3.0~3.5
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5.0
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YHG-1000/4.5R
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JZT261-4
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15
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XW15-8
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40-80
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15~20
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YHG-1000/6.0
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6000
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YD200L2-6/4
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17/26
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WG30-20
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48/72
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7.0
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＞500
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Y200L-4
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30
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72
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YHG-1000/7.5
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7500
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YD225M-6/4
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24/34
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WG37-20
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48/72
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25~30
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8.5
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Y225S-4
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37
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72
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YHG-1000/9.0
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9000
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YD250M-6/4
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32/40
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WG45-20
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48/72
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10.0
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Y225M-4
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45
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72
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Figure 1 Schematic diagram of YHG type horizontal axis rotating brush aeratorFigure 2 YHG type horizontal axis rotating brush aerator in
Layout diagram of alternating working oxidation ditch
（3） DY type inverted umbrella shaped impeller aerator
1. Purpose and Characteristics
Adopting a vertical cycloidal pinwheel reducer, it is directly connected to the inverted umbrella shaped impeller immersed in water through a coupling, and drives the impeller to rotate. Under the action of lifting and transporting water by the impeller, the liquid in the tank is vigorously stirred, constantly generating water jumps and circulating flow, and negative pressure is formed behind the impeller blades to suck in air, achieving the effect of oxygenation of sewage in the aeration tank. This device is often arranged as a single or multiple units in oxidation ditches and aeration tanks of different sizes for sewage biochemical treatment. Mainly used for Carrousel type oxidation ditch, installed at both ends of the ditch.
2. Specification and performance parameters
model
specifications
Impeller diameter A (mm)
rotational speed
（rpm）
Power (kw)
Oxygen filling rate (kgo)2/h)
Exterior installation dimensions () and civil engineering load
B
C
W(kg)
a
b
e
n
Φd
DY-80
850
112
7.5
9
660
255
800
400
80
600
50
360
DY-100
1000
95
9
10
780
280
1000
430
120
600
50
400
DY-140
1400
68
11
20
1100
356
1000
600
150
600
50
600
DY-200
2000
48
22
3.5
1560
470
1000
800
200
600
50
800
DY-250
2500
38
30
50
1950
560
2000
1000
200
600
50
900
DY-300
3000
33
40
75
2335
645
2500
1100
200
600
50
1000
（4） DK type variable hole aeration hose (device)
（1） The new type of variable orifice aeration hose adopts a new concept of variable orifice, thin wall, straight channel, and clamping principle. Its pores can vary in size with the increase or decrease of air volume, making aeration more uniform and preventing blockage. Its characteristics are as follows:
1. The hose swells during aeration and is flattened when not aerated;
2. The thickness of the hose is only 2 millimeters, the airway is short and straight, and the pressure loss is small;
3. The pores present narrow and elongated slits, with a width that can vary within a certain range (from 0-200);
4. The inner and outer surfaces of the hose are very smooth and do not produce metal oxides, making it difficult to adhere to biofilms;
5. No need for air filtration equipment;
6. All surfaces of the hose have air holes that allow for aeration. The rising speed of bubbles is slow, and the air distribution is uniform;
7. Good acid and alkali resistance;
8. Aeration can be stopped at any time, and the duration of stopping aeration, regardless of its length, will not cause blockage temporarily;
9. Integrated assembly, combining the gas delivery pipe and aeration pipe into one;
10. It can be wrapped in curls, with small size, no breakage or cracking, convenient packaging and transportation, and low consumption;
11. Easy assembly, low horizontal requirements, and no need for additional pipeline equipment at the bottom of the pool;
12. High oxygen utilization rate and lower price compared to other microporous aerators.
（2） Scope of application
1. Variable orifice aeration hose is a new energy-saving aeration equipment used in biochemical treatment projects for industrial wastewater and urban domestic wastewater in industries such as petrochemicals, printing and dyeing, textiles and food, brewing, pharmaceuticals, leather making, papermaking, petroleum, etc.
2. When the efficiency of the already running aerator is not high, aeration hoses can be modified to improve treatment capacity and effectiveness, and can replace aeration heads and surface aerators.
3. Can be used for pre aeration in sewage regulating tanks to prevent sedimentation of large particles of mud and sand, and can also remove some organic matter.
4. Used for oxygenation in aquaculture.
（3） Main technical parameters
model
DK80-50 DK80-60
DK80-55 DK80-65
DK65-50 DK65-60
DK80-55 DK80-65
DK50-60 DK50-60
DK50-55 DK50-65
stomatal density
(pcs/m)
1900~2200
1800~1900
1400~1500
project
aeration rate
service area
Flexible hose resistance
compressive strength
Oxygen utilization rate
resistance
loss
Theoretical dynamic efficiency
unit
m3/h.m
m2/m
Kg/cm2
%
Mm water column
Kgo2/kw.h
index
0~5
0.5~1
1
Refer to Table 1
Refer to Table 2
1.56-11.4
Table 1: Oxygen Utilization Efficiency% at Different Aeration Rates (Water Depth of 4 meters)
model
aeration rate
DK80
-50
DK80
-55
DK80
-60
DK80
-65
DK65
-50
DK65
-55
DK65
-60
DK65
-65
DK50
-50
DK50
-55
DK50
-60
DK50
-65
2m3/h.m
22.46
20.69
15.96
15.44
17.73
17.25
13.59
12.41
17.4
16.81
13.00
12.05
3m3/h.m
19.96
17.59
14.52
13.82
16.75
15.36
13.40
12.00
16.19
12.00
11.73
11.51
4m3/h.m
16.30
15.22
13.54
13.41
16.02
14.74
12.55
11.00
15.15
11.23
10.98
10.55
Table 2 Aeration Resistance at Various Aeration Rates (Unit: mm Water Column)
model
aeration rate
DK80
-50
DK80
-55
DK80
-60
DK80
-65
DK65
-50
DK65
-55
DK65
-60
DK65
-65
DK50
-50
DK50
-55
DK50
-60
DK50
-65
2m3/h.m
240.0
216.0
179.0
145.0
360.0
330.0
280.0
220.0
400.0
340.0
293.0
260.0
3m3/h.m
310.0
284.0
243.0
210.0
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